public static decimal PaymentFromAmount(decimal amountMonthly, Int32 timesheetHours, Int32 workingHours, Int32 absenceHours)
{
Int32 totalHours = TotalHoursForPayment(timesheetHours, workingHours, absenceHours);
decimal payment = DecOperations.MultiplyAndDivide(totalHours, amountMonthly, timesheetHours);
return(payment);
}
public static Int32 NearRoundDown(decimal valueDec, Int32 nearest = 100)
{
decimal dividRet = DecOperations.Divide(valueDec, nearest);
decimal multiRet = DecOperations.Multiply(RoundDown(dividRet), nearest);
return(RoundToInt(multiRet));
}
public static decimal LimitToMinMax(decimal valueToMinMax, decimal minLimitTo, decimal maxLimitTo)
{
if (minLimitTo > valueToMinMax)
{
return(0m);
}
return(DecOperations.MaxDecValue(valueToMinMax, maxLimitTo));
}
private Int32 EmployeeContributionWithFactor(decimal generalBasis, decimal mandatoryEmpee, decimal compoundFactor)
{
decimal decimalResult1 = HealthOperations.DecFactorResult(mandatoryEmpee, compoundFactor);
decimal decimalResult2 = HealthOperations.DecFactorResult(generalBasis, compoundFactor);
decimal decimalResult3 = DecOperations.Divide(decimalResult2, 3);
Int32 resultPaymentValue = HealthOperations.IntRoundUp(decimal.Add(decimalResult1, decimalResult3));
return(resultPaymentValue);
}
private Int32 HealthIncreaseWithFactor(decimal taxableIncome, decimal compoundFactor)
{
decimal compoundPaymentValue = HealthCompoundIncreaseWithFactor(taxableIncome, compoundFactor);
decimal employeePaymentValue = DecOperations.Divide(compoundPaymentValue, 3);
Int32 resultCompoundValue = TaxingOperations.IntRoundUp(compoundPaymentValue);
Int32 resultEmployeeValue = TaxingOperations.IntRoundUp(employeePaymentValue);
Int32 resultPaymentValue = (resultCompoundValue - resultEmployeeValue);
return(resultPaymentValue);
}
public static decimal FactorizeAmount(decimal amount, decimal factor)
{
decimal result = DecOperations.Multiply(amount, factor);
return(result);
}
public static decimal DecFactorResult(decimal valueDec, decimal factor)
{
return(DecOperations.MultiplyAndDivide(valueDec, factor, 100m));
}
public static decimal MinMaxValue(decimal valueToMinMax, decimal accumulValue, decimal minLimitTo, decimal maxLimitTo)
{
return(DecOperations.MinIncMaxDecValue(valueToMinMax, accumulValue, minLimitTo, maxLimitTo));
}
public static decimal MaxValueAlign(decimal valueToMax, decimal accumulValue, decimal maxLimitTo)
{
return(DecOperations.MaxDecAccumValue(valueToMax, accumulValue, maxLimitTo));
}
public static decimal MinValueAlign(decimal valueToMin, decimal minLimitTo)
{
return(DecOperations.MinIncValue(valueToMin, minLimitTo));
}
